초록 ▼

A modular wind and solar energy converting and structurally self-supporting assembly including a plurality of conjoined tubular wind turbine modules angularly extendable in different directions and solar panels attachable to said wind turbine modules for joint and sequential energy collection and co

A modular wind and solar energy converting and structurally self-supporting assembly including a plurality of conjoined tubular wind turbine modules angularly extendable in different directions and solar panels attachable to said wind turbine modules for joint and sequential energy collection and conversion into electric power.

대표청구항 ▼

1. A modular energy converting assembly comprising: a tubular wind turbine module including a rotating shaft with equidistantly spaced blades rigidly affixed to said shaft;a stationary sleeve encasing said rotating shaft with the attached blades;said sleeve being coaxial with said shaft;said blades

1. A modular energy converting assembly comprising: a tubular wind turbine module including a rotating shaft with equidistantly spaced blades rigidly affixed to said shaft;a stationary sleeve encasing said rotating shaft with the attached blades;said sleeve being coaxial with said shaft;said blades radially and longitudinally extending from said shaft;said sleeve comprising a series of equidistantly spaced jambs abutting top and bottom platforms;a tubular coupler locking one said turbine module with another turbine module; andsaid coupler integrating said platforms of the abutting turbine modules. 2. The modular assembly of claim 1, wherein said blades spanning between the shaft ends;said top platform linked to one of said shaft ends to prevent said shaft from oscillating. 3. The modular assembly of claim 1, and a coupler joint comprising a plurality of angularly and operatively interconnected couplers to provide multidirectional and multi-angular connection of turbine modules. 4. The modular assembly of claim 1, and said tubular coupler including at least one circular clamp and two half tubes. 5. The modular assembly of claim 1, and said rotating shaft being coaxially connected with an electrical generator;said generator encompassed by a generator housing;said bottom platform rigidly secured to the electrical generator housing;said generator housing supporting said shaft and the stationary sleeve. 6. A modular energy assembly comprising: a tubular wind turbine module including a rotating shaft with equidistantly spaced blades rigidly affixed to said shaft;a stationary sleeve encasing said rotating shaft with the attached blades;said sleeve being coaxial with said shaft;said blades radially and longitudinally extending from said shaft;said sleeve comprising a series of equidistantly spaced jambs abutting top and bottom platforms;said modules being interlocked together to form a modular pole;a series of solar photovoltaic cell panels being attached to said wind turbine module pole;said solar panels supported by frames detachably connected with said turbine module pole; anda series of the frame immobilizing brace cables attached to said module pole. 7. A modular energy generating assembly comprising: a cluster of self-supporting wind turbine modules operatively and structurally connected to a single electric generator and extending from the electrical generator housing;each module comprising a rotating shaft with longitudinally attached blades and a stationary sleeve coaxially encasing said shaft and comprising a series of jambs abutting the top and bottom plate platforms;said extendable turbine modules clamped together into a multi-prong cluster to provide structural rigidity and small footprint for said turbine cluster;said turbine module prongs in said cluster longitudinally interlocked by the abutting sleeve platforms of said modules. 8. The modular structure of claim 7, and said turbine module prongs clamped together at their base and merged with said generator housing. 9. A modular wind-solar energy converting assembly comprising: an expandable framework of self-supporting wind turbine modules;said framework comprising a plurality of vertical turbine module poles operatively and structurally interlinked by turbine module beams;said module beams and poles angularly joined via module coupler joints;said module poles connected to electrical generators. 10. A modular wind-solar energy converting assembly of claim 9, wherein said modular turbine poles coaxially mounted on respective electrical generators; said beam linked poles forming a variable angle geometric footprint on the ground. 11. A modular wind-War energy converting assembly of claim 9, wherein a series of solar photovoltaic cell panels being attached to said wind turbine modules; said panels being supported by the panel frames detachably attached to said turbine module poles. 12. A modular wind-solar energy converting assembly of claim 11, wherein solar panel frames supporting a series of parallel angularly positioned solar panels; said solar panels positioned substantially horizontally on one level. 13. A modular wind-solar energy converting assembly of claim 11, wherein said framework having said panels occupying one level of the framework. 14. A modular wind-solar energy converting assembly of claim 9, wherein each of said turbine modules comprising a rotating shaft with longitudinally and radially attached blades; a stationary sleeve encompassing said rotating shaft with secured blades and comprising a plurality of jambs rigidly affixed to top and bottom circular platforms. 15. A modular wind-solar energy converting assembly of claim 9, wherein module coupler joints detachably and angularly interlocking said modules. 16. A modular wind-solar energy converting assembly of claim 14, wherein said stationary jambs equidistantly and radially positioned along the rotating shaft axis.